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所在平台: Udemy |
课程主页: https://www.udemy.com/course/advanced-etap-power-system-training-for-electrical-engineers/
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课程名称：电气工程师的终极ETAP电力系统分析 概述：如果你希望在电力系统设计领域开启职业生涯并从中获利，或对电气工程领域感兴趣，那么这门课程将非常适合你。本课程是唯一一个将所有相关信息集中在一起的课程。它通过使用ETAP程序及其功能，提供电力系统建模和分析的知识，帮助你有效设计和解决各种实际的电力系统问题。 你将掌握建模和评估稳态及动态电力系统的知识和技能，进行多种分析，包括弧闪分析、地下电缆系统、拉缆系统、暂态稳定性、马达保护、启停分析、短路分析、谐波分析、保护例子（过电流继电器、方向继电器、差动继电器、频率继电器、反向功率继电器和电压继电器）、接地分析、不平衡负荷流分析、不平衡短路分析、直流短路分析、直流负荷流分析、电缆尺寸设计、电缆拉动系统、控制系统图和变压器尺寸设计。 课程将从ETAP软件概述、单线图创建基础和数据录入开始，迅速扩展到自动执行多种“假设”研究的方法。同时讲解ETAP如何模拟暂态稳定性分析。学员将能够在短时间内学习如何自动进行多种“假设”分析以及生成单线图和录入数据。在课程中，通过理论和实际计算相结合的方式，使主题易于理解。 最终，你将对发电机的电压依赖性继电器协调有基本理解，以及如何在电力系统中完成保护协调。保护协调研究确保电气系统中的多种保护设备（继电器、断路器、保险丝等）能够正确协调并为其保护的设备合理尺寸。 课程覆盖主题包括： - 使用手动计算或ETAP 19进行负荷流分析 - 基于IEC 60909和61363的短路研究 - 弧闪研究与标签制作 - 优化电容器组的尺寸和布置 - 过电流保护 - 差动继电器保护（母线、电缆和变压器） - 方向继电器保护 - 马达保护方法 - 电力系统的突发情况分析 - 距离继电器保护 - 3D多维数据库 - 直流控制系统图（CSD） - 切换序列管理 - 优化功率流 - 反向功率继电器保护 - 电缆拉动系统 - 设计并分析并网光伏太阳能系统 - 理解暂态稳定性分析过程 - 进行暂态稳定性分析 - 直流负荷流分析 - 直流短路分析 - 直流弧闪研究 - 直流电池尺寸计算 - 地下电缆系统 - VFD动态马达启动分析 - 不平衡负荷流分析 - 不平衡短路分析 - 电力系统稳定性与暂态稳定性研究 - 静态与动态马达启动研究的区别 - 过电流继电器设置及星形保护 - 谐波与滤波器的尺寸与选择 - 接地网尺寸设计 - 太阳能阵列与风力发电厂负荷流分析 - 变压器尺寸设计 - 地下电缆选择与尺寸设计 在这门课程中，你会发现这些内容易于掌握。我们将从零开始提高你的设计与分析水平。课程采用生动且实用的学习方式，确保你不会感到无聊。成功所需的仅仅是无止境的渴望和开放的心态！因此，别犹豫，点击“立即购买”按钮，开始你的电气工程职业生涯，学习许多实用的电力系统分析实例。
If you want to start your career in Power System Design and make money from it? Or if you are interested in Electrical Engineering track? Then this course is the one you need. As it's the only course which contains all this information in one Place.This course provides some knowledge in power system modeling and analysis by utilizing the ETAP program and its features. This will enable you to effectively design and resolve different actual power system issues.You will acquire the knowledge and skills to model and evaluate the steady-state and dynamic power system, and to perform various analysis such as arc-flash analysis, UnderGround Raceway System (URS), Cable Pulling System, transient stability, Motor Protection, motor starting analysis, short-circuit analysis, harmonics analysis, protection examples (OverCurrent Relay, Directional relay, Differential Relay, Frequency Relay, Reverse Power Relay and Voltage Relay), earthing analysis, Unbalanced Load Flow analysis, Unbalanced Short Circuit analysis, DC Short Circuit analysis, DC Load Flow analysis, Cable Sizing, Cable Pulling System, Control System Diagram and Transformer Sizing).The course will begin with the ETAP software overview, basics of one-line diagram creation, and data entry, and quickly expand the users' knowledge to include methods to automatically perform multiple ‘what if' studies using multiple scenarios.Also covered in the course is how to use ETAP to simulate transient stability analysis. In a short amount of time, the user can learn to automatically conduct numerous "what if" analyses utilizing various situations, as well as generate a single-line diagram and enter data. In order to make the concepts easier to understand for the attendees, the topics are presented with both theoretical and practical calculations.Ultimately, you will have a foundational understanding of voltage-dependent relay coordination for a generator, as well as how to accomplish protection coordination in power systems. In order to ensure that the electrical system's many protection devices - relays, breakers, fuses, etc. - are properly coordinated and sized for the equipment they safeguard, a protection coordination study is conducted.Topics will be covered:Load Flow using manual calculations or using Etap 19.Short Circuit Study based on IEC 60909 and 61363.Arc Flash Study and Label production.Optimum Capacitor bank sizing and placement.Over current protection.Differential Relay Protection (Busbar, Cable, and Transformer).Directional Relay Protection.Motor Protection Methods.Contingency Analysis of Power SystemDistance Relay Protection.3D Multi-dimensional Database.DC Control System Diagram (CSD).Switching Sequence ManagementOptimum Power Flow.Reverse Power Relay Protection.Cable Pulling System.Design a Grid-tie photovoltaic solar system with its load flow analysis.Learn the idea behind the transient stability analysis.Perform the transient stability analysis.DC Load Flow Analysis.DC Short Circuit Analysis.DC ARC Flash Study.DC Battery Sizing Calculation.UnderGround Raceway SystemVFD dynamic Motor starting Analysis.Unbalanced Load Flow Analysis.Unbalanced Short Circuit Analysis.Power System Stability and Perform transient stability study.Difference between Static and Dynamic Motor Starting Study.Over Current Relay Settings and Star Protection.Harmonics and Filter Sizing and Selection.Grounding Grid Sizing.Solar Array and Wind Power Plant load flowTransformer SizingUnderground Cables Selection and SizingIn this CourseYou would find these tracks to be simple to pick up.We'll elevate your degree of designing and analysis from scratch.You'll study using an engaging, hands-on approach that will help you understand without getting bored.To succeed, all you need is an insatiable desire and an open mind!So don't hesitate and click "Buy Now " button so you can begin on the right path!Start your Electrical Engineering career now with many practical Power System Analysis Examples accepts in our course.
